<p>Mean (±1 SD) stoichiometry (%N, %P and C:N) of (a–d) low nutrient detritus (mixed native leaf litter), high nutrient detritus (purple loosestrife), and (e–h) metamorphic wood frogs raised in the presence of all treatments at Clemson (CLEM) and Lindenwood (LIN). * indicates significant differences between litter types plant stoichiometry. Amphibian %N and C:N was significantly different between sites. Error bars represent ±1 SD. Amphibian %N and C:N was significantly different across sites.</p
(a) Differences in leaf litter. (b) Differences in inclination. Inset of figures show categories. Li...
<p>Error bars represent one standard error. For all the treatments in this figure (all three panels ...
<p>Shown is (A) the proportion of juvenile Blanchard's cricket frogs choosing either mown or unmown ...
<p>(a–b) Standing stock of N and P and (c) biomass of metamorphic wood frogs raised in the presence ...
Single-site experiments have demonstrated detritus quality in wetlands can have strongly negative, n...
Single-site experiments have demonstrated detritus quality in wetlands can have strongly negative, n...
How are resource consumption and growth rates of litter-consuming detritivores affected by imbalance...
The ecological stoichiometry theory provides a framework to understand organism fitness and populati...
<p>Cane toads (<i>R. marina</i>) = RM, green tree frogs (<i>L. caerulea</i>) = LC, and magnificent t...
<p>Data are given as microbial carbon and nitrogen in a) August 2004, and b) June 2006; CT is contro...
<p>CT is control, L+ is litter addition, L– is litter removal; error bars show standard errors of me...
The vast majority of plant material becomes detritus, and in its 'afterlife' this plant litter is a ...
International audienceHow are resource consumption and growth rates of litter-consuming detritivores...
<p>Shown is mass of (A) green frog tadpoles at end of study (B) cricket frog mass at metamorphosis r...
<p>Error bars show ±1 S.E.M. An * indicates a significant (p<0.05) difference between treatment grou...
(a) Differences in leaf litter. (b) Differences in inclination. Inset of figures show categories. Li...
<p>Error bars represent one standard error. For all the treatments in this figure (all three panels ...
<p>Shown is (A) the proportion of juvenile Blanchard's cricket frogs choosing either mown or unmown ...
<p>(a–b) Standing stock of N and P and (c) biomass of metamorphic wood frogs raised in the presence ...
Single-site experiments have demonstrated detritus quality in wetlands can have strongly negative, n...
Single-site experiments have demonstrated detritus quality in wetlands can have strongly negative, n...
How are resource consumption and growth rates of litter-consuming detritivores affected by imbalance...
The ecological stoichiometry theory provides a framework to understand organism fitness and populati...
<p>Cane toads (<i>R. marina</i>) = RM, green tree frogs (<i>L. caerulea</i>) = LC, and magnificent t...
<p>Data are given as microbial carbon and nitrogen in a) August 2004, and b) June 2006; CT is contro...
<p>CT is control, L+ is litter addition, L– is litter removal; error bars show standard errors of me...
The vast majority of plant material becomes detritus, and in its 'afterlife' this plant litter is a ...
International audienceHow are resource consumption and growth rates of litter-consuming detritivores...
<p>Shown is mass of (A) green frog tadpoles at end of study (B) cricket frog mass at metamorphosis r...
<p>Error bars show ±1 S.E.M. An * indicates a significant (p<0.05) difference between treatment grou...
(a) Differences in leaf litter. (b) Differences in inclination. Inset of figures show categories. Li...
<p>Error bars represent one standard error. For all the treatments in this figure (all three panels ...
<p>Shown is (A) the proportion of juvenile Blanchard's cricket frogs choosing either mown or unmown ...